The QYRO project is a joint effort of Robert Bosch GmbH, Q.ANT, Trumpf Photonic Components, Trumpf Laser Berlin, Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik (FBH), and the German Aerospace Center Galileo Competence Center (DLR-GK). Its purpose is to promote Germany’s role in the space sector by demonstrating the performance of a miniaturised next generation quantum optical gyroscope and therefore pave the way for a commercial use of this new technology for a German company on the promising New Space market.
Therefore, the project shall design and develop a miniaturized, high precision nuclear magnetic resonance (NMR) Gyroscope for the use in the satellites. This quantum-based gyro – QYRO – shall be launched and validated in space against state-of-the-art attitude determination systems for CubeSat missions. For that purpose, DLR’s task in this project is to establish the definition and design of the mission to host the QYRO unit. Followed by supporting the other project partners to manufacture a space qualified version of the ground based QYRO unit.
Additionally, DLR KN with the support from GK, will integrate GALANT phased array antenna for space positioning applications, which additionally will be investigated in a first approximation to make the interference detection function usable in space.
In the framework of QYRO project, it has been agreed that the payload shall be constituted by two QYRO units, GALANT electronics module together with its antenna module, a reference gyroscope and finally a payload computer.
The mission will be launched into a SSO with an apoapsis and periapsis height under 600 km as a CubeSat (called PETER) in order to benefit from the cost-effective standardized components available on the CubeSat market and to demonstrate the quantum optical gyroscope on the very platform the commercial intention aims at. In terms of operations, communications and the payload on-board computer software, the valuable experience of DLR-SC and DLR-RB will contribute to a successful operation of the CubeSat.
The last stage of the project would comprise launching and operating the CubeSat in space to conduct the in-orbit validation test campaign.
Through the statement of work, the Contractor shall be responsible of providing the 16U platform for the FlatSat Model of PETER, support its integration and testing, contribute to the tools for its control and, additionally, providing the payload computer together with the necessary libraries and tools required to implement the payload control software on it. Until the end of phase C with the Critial Design Review (CDR). Further details about the Contractor requirements and responsibilities have been defined in the attached Specification of Services.
Deadline
Die Frist für den Eingang der Angebote war 2023-08-15.
Die Ausschreibung wurde veröffentlicht am 2023-07-11.
Auftragsbekanntmachung (2023-07-11) Öffentlicher Auftraggeber Name und Adressen
Name: Deutsches Zentrum für Luft- und Raumfahrt e.V. (DLR)
Postanschrift: Linder Höhe
Postort: Köln
Postleitzahl: 51147
Land: Deutschland 🇩🇪
Telefon: +49 2203/6012852📞
E-Mail: jens.schreiber@dlr.de📧
Region: Köln, Kreisfreie Stadt🏙️
URL: https://www.dlr.de/de🌏 Kommunikation
Dokumente URL: https://www.subreport.de/E69479958🌏 Art des öffentlichen Auftraggebers
Andere Art: Federal Republic of Germany's research centre for aeronautics and space
Objekt Umfang der Beschaffung
Titel: QYRO PETER CubeSat Platform
Produkte/Dienstleistungen: Raumfahrzeuge, Satelliten und Trägerraketen📦
Kurze Beschreibung:
“The QYRO project is a joint effort of Robert Bosch GmbH, Q.ANT, Trumpf Photonic Components, Trumpf Laser Berlin, Ferdinand-Braun-Institut, Leibniz-Institut...”
Kurze Beschreibung
The QYRO project is a joint effort of Robert Bosch GmbH, Q.ANT, Trumpf Photonic Components, Trumpf Laser Berlin, Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik (FBH), and the German Aerospace Center Galileo Competence Center (DLR-GK). Its purpose is to promote Germany’s role in the space sector by demonstrating the performance of a miniaturised next generation quantum optical gyroscope and therefore pave the way for a commercial use of this new technology for a German company on the promising New Space market.
Therefore, the project shall design and develop a miniaturized, high precision nuclear magnetic resonance (NMR) Gyroscope for the use in the satellites. This quantum-based gyro – QYRO – shall be launched and validated in space against state-of-the-art attitude determination systems for CubeSat missions. For that purpose, DLR’s task in this project is to establish the definition and design of the mission to host the QYRO unit. Followed by supporting the other project partners to manufacture a space qualified version of the ground based QYRO unit.
Additionally, DLR KN with the support from GK, will integrate GALANT phased array antenna for space positioning applications, which additionally will be investigated in a first approximation to make the interference detection function usable in space.
In the framework of QYRO project, it has been agreed that the payload shall be constituted by two QYRO units, GALANT electronics module together with its antenna module, a reference gyroscope and finally a payload computer.
The mission will be launched into a SSO with an apoapsis and periapsis height under 600 km as a CubeSat (called PETER) in order to benefit from the cost-effective standardized components available on the CubeSat market and to demonstrate the quantum optical gyroscope on the very platform the commercial intention aims at. In terms of operations, communications and the payload on-board computer software, the valuable experience of DLR-SC and DLR-RB will contribute to a successful operation of the CubeSat.
The last stage of the project would comprise launching and operating the CubeSat in space to conduct the in-orbit validation test campaign.
Through the statement of work, the Contractor shall be responsible of providing the 16U platform for the FlatSat Model of PETER, support its integration and testing, contribute to the tools for its control and, additionally, providing the payload computer together with the necessary libraries and tools required to implement the payload control software on it. Until the end of phase C with the Critial Design Review (CDR). Further details about the Contractor requirements and responsibilities have been defined in the attached Specification of Services.
1️⃣
Ort der Leistung: Starnberg🏙️
Beschreibung der Beschaffung:
“The QYRO project is a joint effort of Robert Bosch GmbH, Q.ANT, Trumpf Photonic Components, Trumpf Laser Berlin, Ferdinand-Braun-Institut, Leibniz-Institut...”
Beschreibung der Beschaffung
The QYRO project is a joint effort of Robert Bosch GmbH, Q.ANT, Trumpf Photonic Components, Trumpf Laser Berlin, Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik (FBH), and the German Aerospace Center Galileo Competence Center (DLR-GK). Its purpose is to promote Germany’s role in the space sector by demonstrating the performance of a miniaturised next generation quantum optical gyroscope and therefore pave the way for a commercial use of this new technology for a German company on the promising New Space market.
Therefore, the project shall design and develop a miniaturized, high precision nuclear magnetic resonance (NMR) Gyroscope for the use in the satellites. This quantum-based gyro – QYRO – shall be launched and validated in space against state-of-the-art attitude determination systems for CubeSat missions. For that purpose, DLR’s task in this project is to establish the definition and design of the mission to host the QYRO unit. Followed by supporting the other project partners to manufacture a space qualified version of the ground based QYRO unit.
Additionally, DLR KN with the support from GK, will integrate GALANT phased array antenna for space positioning applications, which additionally will be investigated in a first approximation to make the interference detection function usable in space.
In the framework of QYRO project, it has been agreed that the payload shall be constituted by two QYRO units, GALANT electronics module together with its antenna module, a reference gyroscope and finally a payload computer.
The mission will be launched into a SSO with an apoapsis and periapsis height under 600 km as a CubeSat (called PETER) in order to benefit from the cost-effective standardized components available on the CubeSat market and to demonstrate the quantum optical gyroscope on the very platform the commercial intention aims at. In terms of operations, communications and the payload on-board computer software, the valuable experience of DLR-SC and DLR-RB will contribute to a successful operation of the CubeSat.
The last stage of the project would comprise launching and operating the CubeSat in space to conduct the in-orbit validation test campaign.
Through the statement of work, the Contractor shall be responsible of providing the 16U platform for the FlatSat Model of PETER, support its integration and testing, contribute to the tools for its control and, additionally, providing the payload computer together with the necessary libraries and tools required to implement the payload control software on it. Until the end of phase C with the Critial Design Review (CDR). Further details about the Contractor requirements and responsibilities have been defined in the attached Specification of Services.
Mehr anzeigen Vergabekriterien
Der Preis ist nicht das einzige Zuschlagskriterium, und alle Kriterien werden nur in den Auftragsunterlagen genannt
Dauer
Datum des Beginns: 2023-11-01 📅
Datum des Endes: 2024-04-01 📅
Informationen über die Begrenzung der Zahl der einzuladenden Bewerber
Voraussichtliche Anzahl von Bewerbern: 4
Objektive Kriterien für die Auswahl der begrenzten Anzahl von Bewerbern:
“In accordance with the stipulations set out in the contract notice text, the contracting authority will select a maximum of 4 candidates for the subsequent...”
Objektive Kriterien für die Auswahl der begrenzten Anzahl von Bewerbern
In accordance with the stipulations set out in the contract notice text, the contracting authority will select a maximum of 4 candidates for the subsequent procedure. However, fewer candidates may be invited to submit tenders if the level of suitability of the candidates is inadequate. If the review of the Applications to Participate should reveal that more than 4 candidates possess the required ability, the contracting authority will select those candidates who best satisfy the required suitability conditions, whereby the Application to Participate with the highest total number of weighted points represents the best candidates.
Rechtliche, wirtschaftliche, finanzielle und technische Informationen Bedingungen für die Teilnahme
Liste und kurze Beschreibung der Bedingungen:
“The candidate must attach a company profile with the following information to the participation documents:• Company foundation date• Locations of the...”
Liste und kurze Beschreibung der Bedingungen
The candidate must attach a company profile with the following information to the participation documents:• Company foundation date• Locations of the company • Legal form of the company • Range of customers• Description of the core business • Proof of entry in a professional or commercial register. Proof is provided by a current extract from the register or a copy thereof (the extract should not be older than three months at the time of the deadline) or a comparable document. Foreign tenderers can prove their registration in the respective professional or commercial register of their country of domicile by submitting corresponding documents in accordance with the local provisions. (Cf. Suitability Form, Section IV. 1)
Mehr anzeigen Wirtschaftliche und finanzielle Leistungsfähigkeit
Liste und kurze Beschreibung der Auswahlkriterien:
“• Candidates are to state the turnover of the last three completed financial years.
The proof is provided by means of a self-declaration of the total...”
Liste und kurze Beschreibung der Auswahlkriterien
• Candidates are to state the turnover of the last three completed financial years.
The proof is provided by means of a self-declaration of the total turnover for the last three financial years on the Suitability Form under Section II. 1.).
• Candidates must provide proof of professional/business liability insurance with a minimum coverage per insured event of 5.000.000 Euro for personal injury and for property and financial losses. The proof is provided by means of a self-declaration on the Suitability Form under Section II. 2.) as well as the submission of an insurance certificate issued by the insurer or a written declaration of the insurer that it is prepared to conclude an insurance contract in accordance with the notice in the event that an order is placed. The proof or declaration must not be more than 12 months old.
Bidding consortia must submit corresponding proof or a declaration for the bidding consortium or for each member of the bidding consortium.
• Indication of maximum five references that are comparable with this contract
Mehr anzeigen Technische und berufliche Fähigkeiten
Liste und kurze Beschreibung der Auswahlkriterien:
“• Declaration on employee development for the last three (3) completed financial years (to be completed on the Suitability Form under Section III.2).”
Verfahren Art des Verfahrens
Wettbewerbliches Verfahren mit Verhandlung
Informationen zur Verhandlung
Der Auftraggeber behält sich das Recht vor, den Auftrag auf der Grundlage der ersten Angebote zu vergeben, ohne Verhandlungen zu führen
Administrative Informationen
Frist für den Eingang von Angeboten oder Teilnahmeanträgen: 2023-08-15
12:00 📅
Sprachen, in denen Angebote oder Teilnahmeanträge eingereicht werden können: Englisch 🗣️
“The contracting authority will then carry out a check with respect to the non-existence of grounds for exclusion, as well as any self-cleansing in...”
The contracting authority will then carry out a check with respect to the non-existence of grounds for exclusion, as well as any self-cleansing in accordance with Section 125 of the ARC (Act against Restraints of Competition) and, if necessary, take a decision on the exclusion of the candidates in accordance with the legal requirements.
• Proof is provided by the declaration on the grounds for exclusion pursuant to Sections 123, 124 of the ARC. The proof is provided by means of a self-declaration on the Suitability Form under Section I. 1
Mehr anzeigen Körper überprüfen
Name: Vergabekammer des Bundes (Federal Public Procurement Tribunal)
Postanschrift: Villemombler Strasse 76
Postort: Bonn
Postleitzahl: 53123
Land: Deutschland 🇩🇪
Telefon: +49 22894990📞
E-Mail: vk@bundeskartellamt.bund.de📧
Fax: +49 2289499163 📠
URL: http://www.bundeskartellamt.de🌏 Dienststelle, bei der Informationen über das Überprüfungsverfahren eingeholt werden können
Name: Vergabekammer des Bundes (Federal Public Procurement Tribunal)
Postanschrift: Villemombler Strasse 76
Postort: Bonn
Postleitzahl: 53123
Land: Deutschland 🇩🇪
Telefon: +49 22894990📞
E-Mail: vk@bundeskartellamt.bund.de📧
Fax: +49 2289499163 📠
URL: http://www.bundeskartellamt.de🌏
Quelle: OJS 2023/S 134-426117 (2023-07-11)